In general, the characteristic of electric current as a function of voltage in argon plasma jet using dielectric barrier discharge in atmospheric pressure, jet length will increase by the increase of voltage. It occurs due to the role of electrons in plasma jet generation, when the voltage increases, the electric field will increase and more electrons strike the argon gas atoms. So the plasma jet will become longer due to the encouragement of plasma species of argon gas coming out of the capillary column.
Yes, you can say that because of the role of electrons in the generation of a plasma jet, when the voltage increases, the length of the plasma jet also increases. To be more correct, when the value of the electric field increases, the energy that the electrons receive from the electric field increases, and accordingly these electrons will be able to excite and ionize more particles.
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